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In this video, I'll show you how I built this awesome CNC router without having access to high end tools, and what it's capable of. I decided to keep the video relatively short, but will be happy to answer any questions in the comments below. Follow up video: 🤍 Where I got the parts: 6060 extrusion: ebay Ball screws: ebay Linear rails: ebay Makita RT0701C router (refurbished): ebay Z-axis assembly: ebay 3/8" (10mm) aluminum plate: sourced locally 1/2" (12.7mm) aluminum plate: xometry.com Hardware (all metric): Amazon Arduino Uno: Amazon Limit switches: Amazon Motor shaft connectors: Amazon Router bits: Amazon 1/4"-thread threaded inserts: Amazon Drag/cable chains: Amazon T-Slot M6 nuts: Amazon Stepper motor kit (motors, drivers, PSU): Stepperonline.com Shielded wire: local electronic store Old DVD player: local electronic store 4-pin control box plugs: local electronic store LED strip: local electronic store MDF board: Home Depot Acrylic, wood & screws for enclosure: Home Depot Background music: Lifelike - AlexiAction, Abstract World - AlexiAction via Pixabay.com
Hello friends, in this video series i'll be making a small benchtop CNC router for hobby works. You will find all the measurements and material names at the end of the part 2.
In this video I'm going to show how I built a basic CNC mill. Most of the hardware was sourced from spare / leftover parts I had laying around from other projects and ended up costing me under $100. It has a working area of approximately 250mm x 250mm x 70mm and is capable of milling aluminum (though somewhat rough). The axes are moved with small NEMA17 stepper motors running at 24V, driven by A4988 drivers. The brain of the machine is an Arduino Uno running GRBL firmware, and G-code is sent to it via. USB from a laptop running Universal Gcode Sender - so everything is open source. I have a little bit of experience operating a CNC mill, but this is the first one i've built / owned. The biggest learning experience from this build was that everything needs to be tightened up and made as rigid as possible to get good results. Between leadscrew backlash and rails flexing, the spindle could easily be moved +/- 1mm or more, which causes tons of vibration, chattering, rough cutting, and loss of precision. In a future video I'll be upgrading the spindle and beefing up the structure to use 16mm rails instead of 8mm for better rigidity. I don't recommend trying to build this design yourself, because I created the printed brackets based on parts i had on hand, not what was "optimal". However, if you really want to, the STL's can be found here: 🤍 Music Used: Kevin MacLeod - George Street Shuffle Serge Pavkin - Atmospheric Ambient Kevin MacLeod - Groove Groove Eric Skiff - Underclocked Serge Pavkin - Fractal
Is it possible to get into CNC woodworking without spending over $5,000? The answer is absolutely YES! Below are a couple of links to some options that I've used. Today's video focuses on the PrintNC. It has a working area of 23" x 33" and costs around $1,000. It still uses 3d printed parts, but not at critical junctions like the MPCNC. You can also upgrade the printed parts with aluminum to produce even more rigidity. MPCNC Information (old cnc): 🤍 PrintNC Information (new cnc): 🤍 I hope you enjoy this video. Please let me know if there is a project you'd like to see me make and I will do my best to do it. Thank you for all the support you have shown me and the channel! If you're interested in purchasing products I've made, check out my website: 🤍 Jude 1:20 (NIV) But you, dear friends, by building yourselves up in your most holy faith and praying in the Holy Spirit Ack's Abrasive & Polishing Paste 🤍 Use WOLF15 at checkout to get 15% off your order Starbond 🤍 Use WOLF15 at checkout to get 15% off your order Taytools 🤍 MATERIALS/EQUIPMENT/SOFTWARE (affiliate): Fusion 360 (Personal Use License Free): 🤍 Vectric VCarve Desktop: 🤍 Whiteside 1500 V-Groove Bit: 🤍 Whiteside RD2100 Down Cut 1/4" End mill: 🤍 AnyCubic Kobra 3D Printer: 🤍 PLA Filament: 🤍 Tools I use (affiliate): Jet 1221VS Lathe: 🤍 Ridgid Table Saw: 🤍 Rikon 14" Bandsaw: 🤍 Ridgid Oscillating Sander: 🤍 Jet 1836 Drum Sander: 🤍 Jet Air Filter: 🤍 Shop Fox Dust Collector: 🤍 Shop Fox Drill Press: 🤍 Shop Fox 12" Disc Sander: 🤍 Shop Fox Jointer: 🤍 Dewalt Planer: 🤍 Dewalt Random Orbit Sander: 🤍 Ryobi Handheld Router: 🤍 WEN Pluncge Cut Track Saw: 🤍 WEN Tracks: 🤍 Nova 48202 G3 Wood Turning Chuck: 🤍 Easy Wood Tools Hollowing Combo Set: 🤍 Easy Wood Tools Carbide Tools:🤍 Easy Wood Tools Ci2-R2 Square Radius Negative Rake Carbide Cutter: 🤍 Easy Wood Tools Ci3-NR Round Negative Rake Carbide Cutter: 🤍 1/2" Bowl Gouge: 🤍 3/8" Bowl Gouge: 🤍 3/8" Spindle Gouge: 🤍 1" Standard Skew Chisel: 🤍 1" Round Nose Scraper: 🤍 1/8" HSS Parting Tool: 🤍 1/2" Square Scraper: 🤍 3/4" Round Nose Negative Rake Scraper: 🤍 60 Degree Live Center: 🤍 DMT Folding Diamond Fine File: 🤍 Hold Fast 3" Vacuum Chuck System: 🤍 Vacuum Pump: 🤍 SUBSCRIBE: 🤍 Please leave a comment if there are any questions you have. FOLLOW ME HERE website: 🤍 Instagram: 🤍 Email: eparker🤍wolfridgewoodworking.com Ed Parker P.O Box 1893 Queen Creek, AZ 85142 Disclosure: Some of the links above are affiliate links. This means that, at zero cost to you, I will earn an affiliate commission if you click through the link and finalize a purchase. #cnc #cncprojects #diycnc
Website: 🤍 Plans: 🤍 Instagram: 🤍 Store: 🤍 T-Shirts: 🤍 Podcast: 🤍 I don't have a lathe in my shop and, on occasion, I've needed to create some round pieces. Up until now, I've had to utilize my belt sander to make some imperfect shaped pieces for my projects. What I really needed was a way to consistently and perfectly create a round shape. And since there's nothing more consistent than a CNC, I designed and built a lathe that works with the machine! In this video you'll see my trial and error as I end up creating a simple drill-powered lathe for my CNC that produces amazing results! 00:00 - Intro 02:12 - Assembly 03:20 - Knob 05:04 - Centers 05:49 - First test 09:12 - Third test 10:07 - Redesign 11:14 - Fourth test 11:39 - New spur drive center 13:00 - Fifth test 14:14 - Review 15:44 - Outtakes Join Fisher's Shop! 🤍 Affiliates: CadenceMfgDesign.com - "FISHER10" to save 10% SurfPrepSanding.com - "FISHER10" to save 10% Starbond.com - "FISHER10" to save 10% Mag-Tools.com - "FISHER10" to save 10% Merlin-Technology.com - "FISHER10" to save 10% TersaKnives.com - "FISHER10" to save on RALI products Bumblechutes.com - "FISHER10" to save 10% RZmask.com - "FISHER10" to save 10%
Building a plasma table on the cheap Link to Amazon store for stuff I used 🤍 or this link 🤍 Software settings to try sheet metal speed 35 mm/sec or 1.4in/sec depending if your metric or not. advanced start 600.0 check cut though end pause 1000.0 16 gauge speed 10mm/sec or 0.4in/sec depending if your metric or not. advanced start pause 800 check cut though end pause 1000 14 gauge Speed 8mm/sec or 0.3in/sec depending if your metric or not. start pause 1000 check cut though end pause 1000 10 gauge speed 7mm/sec or 0.276in/sec depending if your metric or not. advanced start pause 1200 check cut though end pause 1000 3/16 speed 5mm/sec or 0.2in/sec depending if your metric or not. advanced start pause 1500 check cut though end pause 1000 1/4 speed 3mm/sec or 0.11in/sec depending if your metric or not. advanced start pause 1600 check cut though end pause 1000 Music Classic Mariachi - Jimena Contreras Tempos Vari - Freedom Trail Studio Cielo - Huma-Huma The Monuments and Tunnels in Goa and Hampi - Bail Bonds Who Do You Think I Think You Are - Mini Vandals Oh Fire - Carmen María and Edu Espinal Check out our second channel More Halfass Kustoms the other half 🤍 Drop Pablo or Brent a line: brent 🤍 halfasskustoms.com Instagram: 🤍 Facebook: 🤍 Website: 🤍 Teespring: 🤍 Ship us things if you wish: Halfass Kustoms 20 Brandt street, Unit 3 Suite #103 Steinbach Manitoba Canada R5G 1Y2 "Disclaimer: The views and opinions expressed in this video are solely those of the individual making them and do not necessarily represent the views or opinions of any company or organization mentioned. This video is intended for entertainment and educational purposes only and should not be construed as professional advice. The individual making this video is not affiliated with any of the companies mentioned, and their opinions are based solely on their personal experiences and research. Please do your own research before making any decisions based on the information presented in this video. The individual making this video is not an expert in any of the topics discussed and should not be considered as such."
After way too long incredibly satisfying build process it's time to test the IndyMill! After finishing cable management I put my new CNC to a lot of tests with various materials and different settings. Files, parts, everything else: 🤍 My store: 🤍 Parts list: 🤍 Build Instruction: 🤍 Support my projects on Patreon → 🤍 It was a long journey! I am happy and sad at the same time that it's the end of this project :( But wait, is it? Of course not, it's just the beginning, so many materials to test, so many things to make and so many ideas. I hope you enjoyed the series and that you will follow my new projects, there is some exciting stuff coming up! As always any feedback is highly appreciated :D #diycnc #indymill #cnc
JLCPCB 1-20 Layer PCB from $2, Sign up to Get $54 Coupons here: 🤍 Available for PTFE Teflon, Rogers, Copper Core, Aluminum and FR-4 PCB Assembly and 3D Printing at a Rock-bottom Price via the link. Hello friends in this video I have made a heavy duty CNC router using NEMA23 stepper motor with GRBL firmware and custom PCB shield. I have used 10mm MS laser cut frame to build this CNC router it also have 500W spindle. Software to send G-code :- 🤍 Complete detail of project :- 🤍 💻visit for more projects :- 👉 Short channel :- 🤍 👉 instagram :- 🤍 👉 Website :- 🤍 👉 FB page :- 🤍 I use Epidamic sound for my back ground music if you like it you can check them out 🤍 This video is made for educational purposes only. Please use your own judgment, knowledge, care, and precaution if you plan to replicate.
AMAZING! DIY CNC Milling Machine - Homemade Machine Cutting Multi Material
Je construis ma CNC DIY Lien de téléchargement de la maquette 3D : 🤍 Merci à 🤍bricovis.fr c’est le spécialiste de la vente en ligne de vis et de fixations. Rejoignez-moi sur Intragram : 🤍Fab_Maker LinkedIn : Fabrice BOUNIN
We designed and built our own DIY homemade industrial grade CNC milling machine to use for personal projects. This homebuilt machine is made from epoxy granite and has an 8 horse power spindle, servo motors all around, and an automatic tool changer. The machine weighs over 3000kg and works perfectly. All designs are my own and 100% original. We built this machine to help us produce better quality molds for our homemade plastic injection machine. Building this DIY CNC machine at home taught us a lot about milling machines as well as the physics at play, and we hope you find this video enlightening as well. Enjoy and post your questions 😃 Ways To Support Our Channel: Merchandise: 🤍 Become A Member: 🤍 Follow Us On Instagram: 🤍 Other Cool Machines We Built: We built a CNC Machine 🤍 We built a Wire EDM 🤍 We built an EDM Sinker 🤍 We built a Plastic Injection Machine 🤍 We built an Anodizing Setup 🤍 We built CNC Router 🤍 #CNC #machineshop #DIY #epoxy #mill #engineering #machine
#creativethink #engravingmachine #cnc #milling I am show about making powerful cnc machine at home. this manine based on 3 axis. this machine cut material very quickly and accurate, all type of materials cut. Working Area=800 x 400mm - Components Link : 1. Aluminum Profiles 2020 - 🤍 2040 - 🤍 2080 - 🤍 2. Linear Bearing 10mm - 🤍 16mm - 🤍 3. Shaft 10mm - 🤍 16mm - 🤍 4. Shaft Holder 10mm - 🤍 16mm - 🤍 5. Stepper Motor 🤍 6. 10mm Bearing 🤍 7.Lead screw (10mm) 🤍 8. Circuit Board 🤍 9. Spindle 🤍 10. Bolt Nut 🤍 - Facebook Page: 🤍 Instagram: 🤍 Twitter: 🤍 Youtube: 🤍
How to Build a Custom 3D Printed CNC - DIY Complete Build Outline: This video highlights how I built a custom 3D printed CNC machine for about $600. This router is computer numerically controlled via an Arduino Uno running GRBL and utilizes four Nema 23's, four TB6600's, a 500W spindle, and two power supplies. Also, the engineering project uses C-Beam aluminum profiles with v-wheels and 20+ 3D printed parts which make up the machine frame. Lastly, this DIY homemade CNC will be going through some improvements in the future which will be stabilization of the z-axis, adding a dust shoe, and possibly adding the limit switches. Therefore in the future a part 2 will come out regarding my CNC machine that has a cutting area of 3' x 3'. If you have any questions, feel free to leave a comment! For more info check out the links below. Project Materials White PRILINE PETG Filament: 🤍 TB6600 Stepper Motor Drivers (4 pk): 🤍 NEMA 23 Motors (3 pk): 🤍 NEMA 23 Motors (1 pk): 🤍 1 m Cable Chain: 🤍 Arduino Uno + CNC Shield kit: 🤍 1000mm Lead Screw: 🤍 300mm Lead Screw: 🤍 300mm Cylindrical Rails (2 pk): 🤍 V-Wheels (20 pk): 🤍 DC Power Supply (12V 15A): 🤍 Motor Shaft Couplers (3 pk): 🤍 M5 x 100mm Socket Heads (20 pk): 🤍 M5 x 25mm Socket Heads (50 pk): 🤍 M5 Nuts (50 pk): 🤍 M4 x 10 mm Socket Heads (100 pk): 🤍 M4 T-Nuts (100 pk): 🤍 Limit Switches (3 pk): 🤍 E-Stop Button: 🤍 Z-probe: 🤍 1/4 in 4-Flute Milling Bit (2 pk): 🤍 PLEASE CONSIDER SUBSCRIBING: 🤍youtube.com/channel/UCCO6yWDiaUbL... THE REST OF MY CHANNEL: 🤍 - *If you would like to monetarily support my channel to help fund future projects, or gain exclusive access to CAD files and specific project information, I invite you to become a Patreon member by clicking the link below. Patreon: 🤍 Patreon is a creators workplace where anyone can support people like artists, designers, and creators by signing up to generously give anywhere from $1 to $25 per month to makers. Through these donations, it provides opportunities to creators like me to help with funding of their passions while providing special content in return. - Lab | Workshop | Production Equipment Artillery Sidewinder x1/x2 3D Printer: 🤍 Charcoal Workbench Slatwall: 🤍 (Preferred 3D printer Filament) PRILINE PETG: 🤍 RODE VideoMicro Microphone: 🤍 - - MUSIC - (From Epidemic Sound) DISCLAIMER Some of the links in my video description are affiliate links, which means I will make a small commission if you click them and make a qualifying purchase, at no extra cost to you :)
This is a follow up to the first video about my DIY CNC router. Here I answer some of the frequently asked questions I received in the comments on that video. If you have any additional questions, let me know! First video: 🤍 Wiring diagram: 🤍 View Model: 🤍 Download Fusion360 file: 🤍 Download .stp file: 🤍 The above link contains the following 3rd party designs from grabcad.com: 6060 Aluminum Extrusion Profile - Edward Ubelhor 🤍 16mm C Rulman SBR16 UU - Umut Değirmenciler 🤍 Fuso rolledball 750mm - Lucas Michel 🤍 Ball Screw Step Drive 800 - Darko Saric Lukendic 🤍 Motor stepper Nema 23 de 2.5Nm - Gonzalo Fernández 🤍 Microswitch RENEW RV-166S-1C25 - Alex D 🤍 Makita RT0700 - Andreas Spelter 🤍 Coupler - Darko Saric Lukendic 🤍 I do not own any of those designs/models. All credit goes to the listed individuals.
I finally built my own CNC Router from scratch by following Ivan Miranda's Tiny CNC Mk. II Design! Huge thanks to PCBWay for sponsoring this video! Check them out here! 🤍 Make sure to check out Ivan Miranda’s website for build instructions here: 🤍 And give him some love by subscribing to his channel here: 🤍 Also, make sure to check out PCBWay so you can get $5 off your first order with the link below: 🤍 Check out my store for some sweet merch! shop.modhobbyist.com Pick up plans for your next project! plans.modhobbyist.com Join our Discord Server if you want quicker responses to questions! 🤍 My Favorite Gear (paid links): My Camera (Canon EOS R): 🤍 My Camera Bag (Mosiso Hardshell): 🤍 DigiPower 120 LED Light: 🤍 Movo Wireless Lav Mic Kit: 🤍 Manfrotto PIXI Mini Tripod: 🤍 Gonine Power Adapter: 🤍 SunPak Travel Tripod: 🤍 And don't forget to checkout my Patreon page so I can keep making awesome videos like this! 🤍 Make sure to checkout my channel and subscribe: 🤍 Also, check out my new website for a write up of all my projects! 🤍 The music that I use: 🤍 As an Amazon Associate I earn from qualifying purchases.
Making a big 'industrial performance' CNC router, that will hopefully mill metals. The next CNC video pushing the limits of this machine: 🤍 This CNC machine needs to earn its place in the workshop, so the plan is to make something that can cut 8 x 4 ft sheets and flatten big chainsaw milled slabs, as well as machine aluminum and steel parts. Making the unorthodox gantry video: 🤍 Casting and making the z-axis video: 🤍 The washing machine speed control circuit video is here: 🤍 More videos on the CNC on our other channel FE4SuperNerds - 🤍 If you would like to play with the 3D model of this machine you can get it if you buy us a coffee here: 🤍 Metalized epoxy guide: 🤍 The spindle motor in the video is a 240V single phase Jianken JGL-100mm 3.2kw 24000rpm BT30 ATC. It has ceramic bearings and thus far seems very very nice. We chose a 4 pole one, which has somewhat more torque at lower rpm than the 2 pole, but requires an 800Hz VFD. We will do a whole video on the spindle in the future. You can find them here: 🤍 and if you do buy from them, message them and mention 'Flowering Elbow' to get yourself a discount! The cutting endmills and tool holders used in this one were from DGNZNC, a seller on aliexpress you can see here: 🤍 They work well, and are such exceptionally good value it's not a disaster if you accidentally break some (luckily for me!). If you mention 'FloweringElbow' they should give you a 5% discount. If you want to check out Frank's avid CNC videos look here: 🤍 and for 🤍 T-slot extrusion machine, see here: 🤍 Lets Connect! Ko-fi 🤍 Our website: 🤍 FB: 🤍
The CNC has a half sheet of plywood cut capacity with a maximum thickness allowance of 6". The entire unit cost under $900 to make. A free set of plans and cost breakdown analysis (with links to every product used) is available for download on my website DIYBuilds.ca Support DIY Builds on Patreon: 🤍 Buy a T-shirt to support the channel: 🤍 Visit my website for free plans and see viewer builds: 🤍 Follow me on Instagram: 🤍 Follow me on Facebook: 🤍 #DIY #Woodworking #CNC
Chances are that you subscribed to my channel because of this video. That’s because it's the most popular homemade CNC on all of Youtube. We take a look at the various things done to the machine over the years as well as answer your questions about it. Join this channel: 🤍 Support DIY Builds on Patreon: 🤍 Buy a T-shirt to support the channel: 🤍 Visit my website for free plans and see viewer builds: 🤍 Follow me on Instagram: 🤍 Follow me on Facebook: 🤍 #DIY #Woodworking #Carpentry
Fizemos uma CNC de corte plasma DO ZERO! Ela corta metais de até 4cm de espessura com qualquer desenho como se fosse uma folha de papel. O projeto foi desenvolvido pelo Rodrigão do canal 🤍atividademaker e apesar do aspecto maker o equipamento ficou com qualidade industrial. Se você quiser uma máquina como essa da uma olhada no perfil do rodrigao pois ele está vendendo os kits dessa e se muitas outras maquinas CNC. E ai? Quais projetos você acha que devemos cortar? Fonte plasma: 🤍esab_brasil Perfis: 🤍forseti.solucoes Eletronica: 🤍tecmaf Thc: macrol #plasma #plasmacutting #cnc #Diy #guitoledo #atividademaker #façavocêmesmo #plasmacnc #metalworking #serralheria #estiloindustrial
CNC를 자작하기 위한 기본 개념에 대해 설명한 동영상입니다. 장기적으로 보고 하나씩 따라 만들다 보면 CNC를 만들 수 있습니다. 자! 자작 CNC 만들기 출발합니다. PDF 문서 위치 : 🤍
This is a model of a low cost DIY mini laser engraver. It will be made with 3D printed parts, MDF and 2040 V-Slots. The footprint is about 300mm x 300mm or 1ft x 1ft. The full build is coming soon. Website: 🤍 Printables: 🤍 Thingiverse: 🤍 Cults3d: 🤍 #shorts
Thiết máy tự động hóa, tủ điện và PLC -Máy CNC 3,4,5 TRỤC -Hành trình 600x600x200mm, 300x400, 200x300hoặc theo yêu cầu KH CHUYÊN GỖ,NHỰA,ALU,MICA... Có thể build lên options gia công NHÔM,ĐỒNG, SẮT,INOX (Equipment automation, electrical cabinets and PLC - 3,4,5 Axis CNC machines -Travel 600x600x200mm, 300x400, 200x300 or according to customer requirements SPECIALIZED in WOOD, PLASTIC, ALU, MICA,MILL PCB... Can build up processing options ALUMINUM, COPPER, IRON, INOX) #ĐỨC HẢO -AI CÓ NHU CẦU LÀM MÁY CNC LIÊN HỆ MÌNH NHÉ Zalo or Phone: 0762317044
Several ways to support this project: - Join the Patreon: 🤍 - Check out the merchandise: 🤍 - Like the Facebook page and follow in Instagram: 🤍 🤍 And of course subscribe the channel and watch all the videos again and again. 😅 Check out affiliate links for the video gear I use and buy from here to support the project: - Sony AX43 Camcorder: 🤍 - Panasonic DC-TZ90 (US version ZS90K) compact camera mainly for timelapses: 🤍 - Røde Wireless Go, wireless audio system: 🤍 - Røde VideoMic Go II: 🤍 Check out the sponsored product of the project: - R*Concept's Green Turtle Epoxy! 🤍 - Materialshop.fi - composite material supplier in Finland! 🤍 - - - - - - - - - - - - - - - - - INFO OF THE BOAT AND PLANS AND REAL TIME SCHEDULE: I’VE CHANGED THE SHEDULING SYSTEM TO AIRTABLE. - Real-time task-list and schedule on AirTable: 🤍 - Rough over all schedule: 🤍 - Google Drive-folder with information of SeaCamel: - Weight calculations - PDF plans updated every now and then 🤍 - Starting point of the design was this steel boat that is converted to fit wood epoxy build: 🤍 - Plans of the CNC-machine 🤍 - Idea collection of sailboats on Pinterest: 🤍 Music credits: -All played by myself (and I need more of them. Just need more time to do those…)
We're puttin' right along on this thing! Outro music by a friend of mine, check him out: 🤍 –––––––––––––––––––––––––––––– Up In My Jam (All Of A Sudden) by - Kubbi 🤍 Creative Commons — Attribution-ShareAlike 3.0 Unported— CC BY-SA 3.0 Free Download / Stream: 🤍 Music promoted by Audio Library 🤍 –––––––––––––––––––––––––––––– intro music and "sexy" music: bensound.com
We did it man! Let me know if you guys want a material list for the full build! Swolebro linuxcnc guides: 🤍 🤍 - Further Fabrications video on mirror alignment: 🤍 - music by a friend of mine, check him out! 🤍
Going over the motion and controls of the plasma cutter Plans - 🤍 For all inquires email us jsaction4[at]gmail.com #CNC #Plasmacutter #DIY
DIY CNC Milling machine build. My objective for this project was to design and build a CNC milling machine without the need for any machining of the parts. Ordinarily, building a mill requires a much bigger mill to get the axis surfaces flat and parallel. By using aluminium tool plate (which is in theory pre-machined flat) and bolting the critical components rather than welding, it should be possible to avoid any machine work. After all, I'm building a mill because I don't have one! Linear rails and ball screws are the cheap Chinese 20mm style that you can find on eBay etc.
Link do artykułu: 🤍 Jeżeli film się podobał to sprawdź czy mnie subskrybujesz i daj łapkę ;) Zapraszam też do polubienia strony na FB, na której poza informacjami o filmach dzielę się też fajnymi materiałami, które znajdę w sieci oraz zapoznajcie się z pozostałymi socialami: Fanpage: 🤍 Grupa FB: 🤍 Instagram: wesoly_konstruktor_youtube
$2/5pcs 2Layer & $5/5pcs 4Layer PCBs: 🤍 Hello friends in this video I have made a mini CNC engraving/milling machine. this machine based on arduino and GRBL firmware. 12mm plywood is used to make the frame of this machine and nema17 stepper motor is used for all three axis. 8mm smooth rod & T8 lead screw is used for all axis 500W spindle is used which is quite enough for this job. I have tested it on wood, acrylic, and PCB it works well not tested on alu. but shallow cuts with high quality of endmill done the job I think. All the dimension details of machine and components list available on my website please visit below link. 🤍 How to generate G-code for this CNC machine 🤍 #Arduinoproject #CNC 💻visit for more projects :- 👉🤍 👉FB page :- 🤍 This video is made for entertainment purposes only. Please use judgment, care, and precaution if you plan to replicate.
#DIY#CNC#5axis#Awesome_CNC_Freek This video summarizes a series of six videos showing how to build a DIY 5-axis CNC machine capable of metalworking. Web Page for This video 🤍 * 3D CAD Data. 🤍 * Here is a video showing an overview of the 5-axis CNC machine. 🤍 🤍 Series of six videos showing how to build a DIY 5-axis CNC machine. Part 1 【 DISASSEMBLY 】🤍 Part 2 【BASE FLAME】 🤍 Part 3 【COMPARISON】 🤍 Part 4 【SPINDLE】 🤍 Part 5 【ROTALY AXIS A】 🤍 Part 6 【ROTALY AXIS C】🤍 CAD CAM Software fusion360 EU 🤍 fusion360 UK 🤍 Become a member of this channel to access the benefits: 🤍
Most hobby CNC machines are made from aluminum or even wood. Sturdy alternatives such as casted epoxy granite machines are expensive and require a reinforcement skeleton. Here I show an alternative, using concrete with fibreglass snips (fibre concrete) I built a sturdy machine that does not need an additional steel skeleton. It combines the advantages of casted machines (precise inlayed connections, resistance to vibrations) with a much lower price and ease of construction. Hope this video inspires your own CNC design! Thanks for watching. Keywords: Glass fiber reinforced concrete (GFRC), Ultra-high-performance concrete (UHPC), Self-consolidating concrete (SCC), Epoxy granite, Polymer concrete, Mineral casting
Sword With CNC Router Machine #Woodworking #DIY
FREE code, and 3d model. It is controlled by a Raspberry pi and a custom python program. Give xdesign a test drive by visiting this link: 🤍 If you want to chip in a few bucks to support these projects and teaching videos, please visit my Patreon page or Buy Me a Coffee. 🤍 🤍 Social media Instagram 🤍 Twitter 🤍 My websites 🤍 🤍 My other channel - Fatherhood engineered 🤍 Notes: Get the code and model here: 🤍 Dust Collector Video 🤍 Ultimate CNC Video: 🤍 How to speed control your miter saw: 🤍 What is backlash: 🤍 Python tutorial for beginners: 🤍 Affiliate link. if you purchase this from amazon using these links it supports the channel. Magnetic square for welding: 🤍 The welder I use: 🤍 The camera I use Panasonic G7 🤍 Raspberry pi : 🤍 Pi screw terminal hat: 🤍 ... I changed to this one (different from what's shown in the video) 24 volt power supply 20 amps : 🤍 Technical corrections 1. I show small blue-boxed relays which I replace with "mechanical" relays. It was implied they are not mechanical relays, but the blue ones are actually very small mechanical relays also.
Making simulated MDF shaker style cabinet doors on the Stepcraft Q.408 CNC machine using the Amana Tool® AMS-262 set all available on our website, 🤍 Check out the FREE plans on making these doors on our website as well, item no. MDF_DOOR, to make these yourself! 🤍 Also get the FREE booklet with more information here 🤍 Feed, Speed & CNC Running Parameters Amana Tool RC-2254 CNC Insert Carbide Mini Spoilboard Surfacing, Rabbeting, Flycutter, Slab Leveler & Surface Planer 1-1/4 Dia x 15/32 (12mm) x 1/2 Inch Shank Router Bit 🤍 RPM: 18,000 Feed Rate: 150ipm Plunge Rate: 75ipm Stepover: 70% Depth per pass: .2" Amana Tool 46200-K Solid Carbide Spektra™ Extreme Tool Life Coated Spiral Plunge 1/8 Dia x 1/2 x 1/4 Inch Shank Router Bit 🤍 RPM: 18,000 Feed Rate: 60ipm Plunge Rate: 30ipm Depth per pass: .125" Amana Tool RC-1108 60 Deg CNC Insert V-Groove 1-1/16 Dia x 29/32 x 1/2 Inch Shank 🤍 RPM: 18,000 Feed Rate: 60ipm Plunge Rate: 30ipm Amana Tool 45408-3 CNC In-Presta™ 3 Flute Solid Carbide Cutting Edge Straight Plunge High Production 1/4 Dia x 3/4 x 1/2 Inch Shank 🤍 RPM: 18,000 Feed Rate: 350ipm Plunge Rate: 350ipm Depth of Cut: .635" Ramp: 3" smooth ramp in Links Subscribe - 🤍 Shop the website - 🤍 Like at Facebook - 🤍 Follow on Instagram - 🤍 More Links Amana Tool® 🤍 STEPCRAFT Q.408 CNC Machine 🤍 Vectric V-Carve Pro Software 🤍
This video is a quick tour of my diy cnc router that I built out of salvaged parts and cheap electronics that was sourced online. Here I chat about what I used for the build materials as well as the mistakes that I made and the changes that I would make when I build my next homemade cnc router. If you enjoy this type of content you can join with the link below for future videos. 🤍
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![Moja frezarka CNC [DIY]](https://i.ytimg.com/vi/KiUCTQqtCTM/mqdefault.jpg "Moja frezarka CNC [DIY]")
